AI-generated patient letters
Project overview
Hospital discharge letters are often written in complex technical language, making them difficult to understand for many patients. In this project, large AI-based language models (LLMs) will be used to investigate how hospital discharge letters can be automatically translated into easily understandable language and supplemented with individual lifestyle recommendations.
Background
The comprehensibility of hospital discharge letters has a direct impact on patients' subsequent behaviour during aftercare. Unclear medical wording or a lack of advice on lifestyle make it difficult for them to actively participate in their treatment and implement the recommended measures. This can lead to misunderstandings, lower adherence to treatment and potentially avoidable post-treatment costs.
AI systems offer the opportunity to present complex information in a more comprehensible way and thus increase patient activation. Patient activation describes the degree to which patients have the knowledge, skills and self-confidence to actively participate in their healthcare.
Project goals
- Improved comprehensibility
- Use of large language models to automatically translate medical terms and complex issues into patient-friendly language. - Addition of lifestyle recommendations
- Automatic addition of personalised lifestyle recommendations on nutrition, exercise and prevention, etc., so that patients receive specific recommendations for action directly in the medical report. - Impact measurement
- Investigation into whether the AI-generated patient letters are technically correct, complete and secure.
- Analysis of the extent to which these improved letters can increase patient activation.
Further information
- Funding: The project is funded by the internal research funding of Witten/Herdecke University. Funding reference number: IFF 2024-80.
- Responsible: Chair of Health Informatics & Chair of Internal Medicine I
Contact UW/H
Dr. med.
Leonard Fehring
Researcher
Faculty of Health (School of Medicine) | Chair of Health Informatics
Heusnerstraße 40
42283 Wuppertal